High-Range Water-Reducers Powder Based on Polycarboxylate for Grouting Material

• Customization: Available
• Appearance: Powder
• Application: Concrete Admixture, Grouting Material, Mortar Admixture, Plastering Material, Self-Leveling Compound
• Model NO.: PCE128P
• Chemical Composition: Polycarboxylate Ether
• Setting Time: Extended Setting Time
• Type: High-range Water-reducing Agent
• Water Reduction Rate: 20%-30%
• Transport Package: 25 Kg / 55 Lb Paper Bag
• Specification: 25 kg / 55 lb paper bag
• Trademark: Sidleychem
• Origin: China
• HS Code: 29392000
• Production Capacity: 10000ton/Year

Product Description

SIDLEY PCE 128P is a polycarboxylate superplasticizer/water reducing powder produced through a high-temperature powder spraying process. It has an ultra-high water-reducing effect and is suitable for cement-based mortar or ready-mixed concrete with high fluidity and strength requirements.1. PCE128P can make the water-reducing rate of mortar reach more than 25%, which significantly improves the fluidity of mortar when the same amount of water is added.
2. The product has wide adaptability and is suitable for most mortars and concrete products. It can be widely used in various mortars (such as grouting materials, bearing mortars, and other materials). Improve the fluidity of mortar slurry, facilitate construction, and improve construction efficiency;
3. The product is environmental protection, non-toxic and harmless;
4. PCE-128P is compatible with other external additives such as a defoamer, retarder, expansion agent, early strength agent, etc.
 

Appearance	white powder
Bulk Density	400-700kg/m3
Moisture Content	≤5.0%
20% Liquid Ph Value	7.0-9.0
Chlorine Ion Content	≤ 0.05%
Water-Reducing Rate For Concrete	≥25%

Pre-mix evenly with other dry powder components before packaging. Mix and use on-site according to the recommended amount of water.
The recommended addition amount is 0.01%-0.30% of the cementitious material, which must be pre-tested according to the raw materials and construction specifications before use.